In perturbation theory, transition probability is related to a matrix squared times the density of final states by this man's "Golden Rule"; at absolute zero, his namesake "le
In perturbation theory, transition probability is related to a matrix squared times the density of final states by this man's "Golden Rule"; at absolute zero, his namesake "level" is equal to chemical potential. His namesake "paradox" states that in such a large universe, humans should have contacted [*] more aliens. With Dirac, he names a set of statistics for identical particles that obey the Pauli Exclusion Principle and have half-integer spin, and his namesake "lab" is an underground particle accelerator near Chicago. For 10 points, name this Italian-born nuclear physicist.
In perturbation theory, transition probability is related to a matrix squared times the density of final states by this man's "Golden Rule"; at absolute zero, his namesake "level" is equal to chemical potential.
Enrico {Fermi} [accept Fermi's {Golden Rule} until ‘this man's “Golden Rule”' is read]